A review of the higher order computational electromagnetics (CEM) for antenna, wireless,
and microwave engineering applications is presented. Higher order CEM techniques use …

This paper presents a novel method for evaluating potential and impedance integrals
appearing in the method of moment analysis of arbitrary axially symmetric metallic structures …

Implementation of max-ortho basis functions is proposed in a method for analysis of axially
symmetric metallic antennas based on exact kernel of electric field integral equation in …

Convergence studies of the Method of Moments solution of thin wires have long been
handicapped by the issue of conditional convergence: when the segment length …

This article presents a macro basis function (MBF) formulation for efficient method of
moments (MoM) modelling of conducting wires with appreciable thickness. General surface …

Pocklington's integro-differential equation for thin wires with the exact kernel is reformulated
using a second derivative formula for improper integrals. This allows for analytical …

A rigorous treatment on the computation of the various integrals that arise in the method of
moments (MoM) formulation of the straight-wire electric field integral equation is provided …

The paper presents a new method for the analysis of wire antennas with axial symmetry.
Truncated cones have been applied to precisely model antenna geometry, while the exact …

Electromagnetic field simulation of wire structures is important to high-frequency
electromagnetic engineering applications, including antenna design and electromagnetic …

Purpose–The purpose of this paper is to propose a Chebyshev collocation method (CCM)
for Hallén's equation of thin wire antennas. Design/methodology/approach–Since the …